Viral Replication and Transmission Quiz

Most viruses have either DNA or RNA as their genetic material, allowing for diverse genomic structures.

The endoplasmic reticulum is commonly utilized by viruses for the synthesis of their proteins during infection.

Retroviruses exhibit a unique life cycle involving the conversion of viral RNA into DNA using reverse transcriptase.

Neuraminidase facilitates the release of newly formed influenza virus particles from infected host cells.

Endocytosis is a common mechanism used by viruses to enter host cells, involving the uptake of viral particles into the cell.

Reverse transcriptase is responsible for converting viral RNA into DNA during the replication process.

Translation, the synthesis of proteins from RNA, is not a direct step in the viral replication cycle.

Influenza primarily spreads through airborne transmission, facilitated by respiratory droplets.

Positive-sense RNA viruses can be directly translated into functional proteins without the need for transcription.

HIV primarily targets and infects T cells, compromising the immune system.

Viral vectors are altered viruses utilized to transport therapeutic genetic material into target cells for gene therapy.

Enveloped viruses possess an extra lipid membrane surrounding their capsid, distinguishing them from non-enveloped viruses.

Zoonotic viruses infect animals and can be transmitted to humans, posing potential public health threats.

Cytopathic effect refers to the observable damage or death of host cells resulting from a viral infection.

The lytic cycle in bacteriophages involves the release of newly formed virus particles by causing the lysis or rupture of the host cell.